393:. SwRI was awarded a contract with a total value of US$ 15.6 million. The period of performance is 76 months. SWFO-L1 will provide NOAA with the continuity of solar wind data and coronal mass ejection imagery, the National Weather Service's highest priority for space weather observations. University of California, Berkeley was awarded US$ 7.5 million for the development of the Supra-Thermal Ion Sensor (STIS). The SWFO-L1 satellite, which is planned to launch as a rideshare with the NASA Interstellar Mapping and Acceleration Probe (IMAP), will collect upstream solar wind data and coronal imagery to support NOAA's mission to monitor and forecast space weather events. NOAA is responsible for the Space Weather Follow On program. NASA is the program's flight system procurement agent, and NASA's
358:. These data are critical to support monitoring and timely forecasts of space weather events that have the potential to adversely impact elements vital to national security and economic prosperity, including telecommunication and navigation, satellite systems and the power grid. NOAA is responsible for overall implementation and funding of the SWFO program. The program is managed as an integrated NOAA-NASA program, where NASA serves as NOAA's acquisition agent for the space segment and for launch services. NOAA is responsible for the ground segment including the acquisition, development, test and integration of the SWFO Command and control system.
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satellite, SWFO-L1 constitutes the space segment of NOAA's Space
Weather Follow On (SWFO) program. The aim of the SWFO program is to ensure the robust continuity of space-based measurement of the critical space weather environment. All of the spacecraft located in
334:
NOAA manages the contract. In addition to work at L3Harris' facility in
Melbourne, the contractor will install equipment at the NOAA Satellite Operations Facility (NSOF) in Suitland, Maryland; NOAA's Wallops Command and Data Acquisition Station (WCDAS) in
248:(ESPA) Grande ring in addition to the rocket's primary payload. The spacecraft's Solar Wind Instrument Suite (SWIS) which includes three instruments will monitor solar wind, and the Compact Coronagraph (CCOR) will monitor the Sun's surroundings to image
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327:(IMAP). The contractor is responsible for up to two years of operations support of a Command and control of the SWFO-L1 observatory. This will be accomplished by adding the capability to existing
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323:. The contract has a total value of US$ 43.8 million, with a five-year performance period. The SWFO-L1 mission is planned to launch in 31 March 2025 as a rideshare with the NASA
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The work will allow SWFO-L1 to provide continuity of solar wind and coronal mass ejection imagery data from the
Lagrange-1 point to
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SWIS instruments will replace ACE's and DSCOVR's monitoring of solar wind, energetic particles and the
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which are currently monitoring CMEs and the solar wind have operated beyond their design lifetime. The
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awarded the Space
Weather Follow On-Lagrange 1 (SWFO-L1) Solar Wind Plasma Sensor (SWiPS) contract to
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Space
Weather Follow On-Lagrange 1 is planned to be launched as a secondary payload on the
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NOAA has awarded, on 5 February 2021, the Space
Weather Follow On-Lagrange 1 (SWFO-L1)
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722:"NASA Awards NOAA's Space Weather Follow On-Lagrange 1 Solar Wind Plasma Sensor"
427:(IMAP) spacecraft. As of July 2024, the launch was scheduled for 29 April 2025.
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heading for Earth. SWFO-L1 is an ESPA Class
Spacecraft, sized for launch on an
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754:"NASA Selects Proposals to Further Study the Fundamental Nature of Space"
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700:"NASA Awards NOAA's Space Weather Follow On – Supra Thermal Ion Sensor"
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252:(CME). A CME is a large outburst of plasma sent from the Sun towards
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501:"NOAA's Current and Future Space Weather Observational Architecture"
279:(ACE) is expected to consume its remaining propellant around 2024.
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This article incorporates text from this source, which is in the
771:
This article incorporates text from this source, which is in the
739:
This article incorporates text from this source, which is in the
685:
This article incorporates text from this source, which is in the
653:
This article incorporates text from this source, which is in the
609:"Are small satellites the solution for space weather monitoring?"
593:
This article incorporates text from this source, which is in the
557:
This article incorporates text from this source, which is in the
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This article incorporates text from this source, which is in the
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668:"NOAA's Space Weather Follow On-Lagrange 1 Magnetometer Awarded"
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NOAA's
National Weather Service Space Weather Prediction Center
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233:
636:"NOAA awards SWFO Ground System Command and Control contract"
303:(Large Angle and Spectrometric Coronagraph) imaging of CMEs.
206:) is a future spacecraft mission planned to monitor signs of
246:
Evolved
Expendable Launch Vehicle Secondary Payload Adapter
291:(SOHO) will cease operation before the mid-2020s. SWFO-L1
786:"NASA Awards Launch Services Contract for IMAP Mission"
537:"NOAA's Current and Future Space Weather Architecture"
343:; and at NOAA's Consolidated Backup Facility (CBU) in
236:. This will allow SWFO-L1 to continuously watch the
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506:. Office of the Federal Coordinator for Meteorology
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370:(SwRI) was awarded a contract to supply SWFO-L1's
329:Geostationary Operational Environmental Satellite
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214:network. The spacecraft will be operated by the
263:observation capabilities on the Earth-orbiting
216:National Oceanic and Atmospheric Administration
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33:Space Weather Follow On-Lagrange 1 satellite
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425:Interstellar Mapping and Acceleration Probe
325:Interstellar Mapping and Acceleration Probe
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788:(Press release). NASA. 25 September 2020
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2236:List of proposed missions to the Moon
756:(Press release). NASA. 13 August 2019
7:
2241:List of proposed space observatories
1604:Chinese Crewed Lunar Landing Mission
670:(Press release). NOAA. 15 April 2020
401:, is the lead for this acquisition.
377:On 1 July 2020, on behalf of NOAA,
1227:Electrojet Zeeman Imaging Explorer
958:Solar and Heliospheric Observatory
820:Space Weather Follow On-L1 mission
289:Solar and Heliospheric Observatory
200:Space Weather Follow On-Lagrange 1
168:Solar Wind Instrument Suite (SWIS)
22:Space Weather Follow On-Lagrange 1
14:
1902:Nancy Grace Roman Space Telescope
578:. Space Weather Prediction Center
542:. Space Weather Prediction Center
210:, which may pose harm to Earth's
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535:Talaat, Elsayed (4 April 2019).
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499:Ullman, Richard (26 June 2019).
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174:Solar Wind Plasma Sensor (SWiPS)
27:
299:while CCOR will replace SOHO's
184:Space Weather Follow On program
178:Supra-Thermal Ion Sensor (STIS)
607:Werner, Debra (6 March 2019).
331:-R Series Core Ground System.
281:Deep Space Climate Observatory
1:
867:List of heliophysics missions
297:interplanetary magnetic field
277:Advanced Composition Explorer
573:"NOAA's Space Weather Plans"
470:NASA Launch Services Program
383:Southwest Research Institute
368:Southwest Research Institute
395:Goddard Space Flight Center
2283:
2080:ISS Deorbit Vehicle (2030)
1093:Orbiting Solar Observatory
1058:Intercosmos 26 (Koronas I)
966:Solar Dynamics Observatory
307:Command and control system
176:Compact Coronagraph (CCOR)
16:Planned spacecraft mission
2262:Solar space observatories
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228:, a location between the
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2188:Uranus Orbiter and Probe
871:List of solar telescopes
638:. NOAA. 5 February 2021
345:Fairmont, West Virginia
87:29 April 2025 (planned)
1011:Apollo Telescope Mount
2047:Venus Orbiter Mission
1159:Pioneer 6, 7, 8 and 9
1016:Coronas F (Koronas F)
285:European Space Agency
250:coronal mass ejection
139:Reference system
856:Solar space missions
254:interplanetary space
2267:2025 in spaceflight
1453:Future spaceflights
724:. NOAA. 1 July 2020
465:"Upcoming Missions"
399:Greenbelt, Maryland
313:Command and control
242:energetic particles
23:
1531:Boeing Starliner-1
1050:Hinotori (Astro-A)
950:Parker Solar Probe
445:Spaceflight portal
321:Melbourne, Florida
134:Orbital parameters
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2057:Comet Interceptor
2021:Rosalind Franklin
1740:Lunar Trailblazer
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356:Boulder, Colorado
212:telecommunication
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2008:MBR Explorer
1951:NEO Surveyor
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1073:ICE / ISEE-3
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372:magnetometer
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171:Magnetometer
51:Mission type
18:
2222:Soyuz MS-26
2184:(mid 2020s)
2122:(2031–2032)
2077:(2029–2031)
1966:Superbird-9
1953:(September)
1904:(2026–2027)
1814:Space Rider
1761:Gaganyaan-3
1756:Gaganyaan-2
1703:(September)
1677:Hakuto-R M2
1662:Gaganyaan-1
1641:(September)
1639:Bion-M No.2
1587:Gaganyaan-5
1581:Artemis III
1575:Soyuz MS-29
1559:Gaganyaan-4
1554:Shenzhou 21
1545:(September)
1539:(September)
1537:Soyuz MS-28
1520:Shenzhou 20
1514:Soyuz MS-27
1491:(late 2024)
1483:Shenzhou 19
1479:(September)
1189:Spartan 201
906: [
611:. SpaceNews
387:San Antonio
362:Instruments
163:Instruments
102:Launch site
84:Launch date
2256:Categories
2210:TĂĽrksat 6A
1834:SSC Demo-1
1830:(February)
1783:(February)
1709:(November)
1645:Blue Ghost
1592:Artemis IV
1543:Artemis II
1510:(February)
1485:(November)
728:6 February
642:6 February
615:13 October
582:16 October
546:16 October
510:16 October
431:References
385:(SwRI) in
238:solar wind
116:Contractor
2096:Spektr-UV
2090:SAOCOM-2B
2069:Tianwen-4
2041:Tianwen-3
2029:SAOCOM-2A
1990:Dragonfly
1984:Chang'e 8
1887:ispace M3
1873:Chang'e 7
1839:Tianwen-2
1766:Garatéa-L
1742:(January)
1697:(October)
1658:(October)
1598:Artemis V
1377:Sun-Earth
1363:Pioneer E
1327:Pioneer H
1315:Cancelled
1169:Prognoz 6
1154:Pioneer 5
895:Aditya-L1
760:9 October
419:carrying
2212:(8 July)
2203:launched
2201:Recently
2126:LiteBIRD
2108:EnVision
2102:Spektr-M
2075:Venera-D
1918:ULTRASAT
1877:Rashid 2
1795:Series B
1793:MetOp-SG
1789:Series A
1787:MetOp-SG
1731:ESCAPADE
1695:Juventas
1667:GOSAT-GW
1618:Uncrewed
1533:(August)
1527:(Spring)
1412:Category
1394:ACRIMSAT
1306:Sundiver
1289:Proposed
1184:SolarMax
674:28 April
477:3 August
414:Falcon 9
341:Virginia
317:L3Harris
232:and the
61:Operator
2182:TEREX-1
2120:DAVINCI
2114:VERITAS
2104:(2030+)
2084:Luna 28
2063:Harmony
2002:Luna 27
1996:JASMINE
1946:Luna 26
1908:Xuntian
1847:(April)
1845:TRACERS
1824:SPHEREx
1781:LOXSAT1
1752:(April)
1750:SWFO-L1
1726:DESTINY
1701:PROBA-3
1672:GSAT-20
1634:Biomass
1606:(~2030)
1516:(March)
1296:ADAHELI
1259:TRACERS
1251:SWFO-L1
1235:PROBA-3
1220:Planned
1205:Ulysses
1164:PROBA-2
1142:Solwind
1088:MinXSS2
1083:MinXSS1
1038:GOES 13
1032:Genesis
1026:ESRO 2B
880:Current
337:Wallops
204:SWFO-L1
42:SWFO-L1
2177:PETREL
2140:(2035)
2134:(2035)
2132:Athena
2128:(2032)
2116:(2031)
2110:(2031)
2098:(2030)
2092:(2030)
2086:(2030)
2071:(2029)
2065:(2029)
2059:(2029)
2049:(2028)
2043:(2028)
2037:(2028)
2031:(2028)
2025:(2028)
2016:(2028)
2010:(2028)
2004:(2028)
1998:(2028)
1992:(2028)
1986:(2028)
1864:ALTIUS
1819:SPARCS
1771:HTV-X1
1691:Milani
1600:(2030)
1594:(2028)
1583:(2026)
1549:Vast-1
1460:Crewed
1280:(2031)
1270:(2028)
1262:(2025)
1254:(2025)
1246:(2025)
1238:(2024)
1230:(2024)
1174:RHESSI
1149:PICARD
1068:ISEE-2
1063:ISEE-1
1044:Helios
1021:EURECA
982:STEREO
926:DSCOVR
706:13 May
702:. NASA
411:SpaceX
405:Launch
293:'s
287:-NASA
265:GOES-U
190:DSCOVR
149:Regime
120:SpaceX
110:SLC-40
92:Rocket
2167:MOM 2
2162:Janus
2053:ARIEL
2023:rover
1976:2028+
1941:FORUM
1923:VOICE
1913:PLATO
1892:LUPEX
1882:IHP-2
1841:(May)
1828:PUNCH
1809:SMILE
1804:NISAR
1682:IHP-1
1651:DISHA
1568:2026+
1489:Fram2
1384:SORCE
1368:OSO C
1337:OSO K
1332:OSO J
1276:Vigil
1243:PUNCH
1199:TRACE
1179:SOLAR
1137:OSO 8
1132:OSO 7
1127:OSO 6
1122:OSO 5
1117:OSO 4
1112:OSO 3
1107:OSO B
1103:OSO 2
1098:OSO 1
1054:IMP-8
910:]
903:ASO-S
576:(PDF)
540:(PDF)
504:(PDF)
391:Texas
301:LASCO
230:Earth
39:Names
2138:LISA
1961:HALO
1933:2027
1868:FLEX
1856:2026
1799:MULA
1776:IM-3
1746:IMAP
1736:IM-2
1718:2025
1687:Hera
1626:2024
1500:2025
1469:2024
1356:Lost
1322:AOSO
1301:SETH
1004:Past
991:Wind
942:IRIS
794:2020
762:2019
730:2021
708:2024
676:2020
644:2021
617:2019
584:2019
548:2019
512:2019
479:2024
421:NASA
379:NASA
240:and
65:NOAA
2149:TBA
2014:MSR
1957:PPE
1897:MMX
1389:SXI
887:ACE
423:'s
397:in
354:in
319:in
234:Sun
2258::
2055:/
1959:/
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1647:M1
908:fr
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